National Science Foundation National Innovation Corps Teams (NSF National I-CorpsTM Teams) Program | 25 549

Frequently Asked Questions (FAQs): NSF National I-Corps Teams (NSF 25-549)

1) What is the NSF National I-Corps Teams Program?

The National Science Foundation National Innovation Corps Teams (NSF National I-Corps Teams) Program is a discretionary NSF grant opportunity intended to help move results from NSF-supported, foundational research closer to real-world use. It is designed to help research teams translate scientific and engineering advances into technologies, products, processes, or services with practical benefits.

2) What is the main goal of this opportunity?

The primary goal is to speed up the translation of NSF-funded foundational research toward real-world impact and potential commercialization. The program emphasizes validating whether there is a viable path to impact by testing assumptions about customers, problems, value, and market fit using real evidence gathered from stakeholder engagement.

3) How does the NSF I-Corps approach work?

A defining feature is experiential learning centered on customer and industry discovery. Teams are expected to engage directly with potential customers, industry stakeholders, and relevant partners to understand real workflows and constraints and to evaluate whether the invention has genuine translational potential.

4) Is this program focused on building prototypes?

Not primarily. The program is described as being about learning quickly and credibly through real stakeholder interactions whether there is a viable path to impact and commercialization. It is not simply about building a better prototype; it is about pressure-testing the business and market assumptions behind a technology.

5) What types of technologies does NSF I-Corps emphasize?

The program particularly emphasizes "deep technologies," meaning commercialization efforts rooted in foundational advances in science and engineering rather than incremental improvements or purely market-driven product ideas.

6) Who is the program intended to support?

The NSF National I-Corps Teams track is intended to provide additional support to NSF-funded researchers, including faculty, students, and other researchers, to help accelerate the transition of knowledge from foundational research into emerging offerings that may be compelling enough to attract follow-on, third-party funding.

7) What are teams expected to do during the project?

Teams are expected to conduct customer and industry discovery by engaging with potential customers and stakeholders, investigating industry workflows, and gathering first-hand evidence to assess product-market fit and the strength of the value proposition for specific customer segments.

8) What outcomes does NSF expect from NSF National I-Corps Teams projects?

NSF describes three primary outcomes:

• A clear, justified decision on a path forward based on an assessment of the business model (including whether and how the technology should move ahead and what changes may be needed).
• Substantial first-hand evidence supporting or challenging product-market fit, including identifying specific customer segments and matching them with credible value propositions.
• A narrative of a technology demonstration that can be shared with potential partners to explain what the technology does, why it matters, and what it could become in an applied setting.

9) What does "product-market fit" mean in the context of this program?

Based on the opportunity description, product-market fit is about using first-hand evidence from real stakeholder interactions to determine whether a technology addresses a meaningful problem for identifiable customer segments and whether the proposed value proposition is compelling enough to justify continued development and investment.

10) What does NSF mean by "customer and industry discovery"?

It refers to getting out of the lab to engage directly with potential customers, industry stakeholders, and partners, and learning from first-hand investigation of real-world workflows and constraints. The intent is to evaluate translational and commercialization potential using evidence rather than assumptions.

11) Who is eligible to submit a proposal?

Eligibility to submit proposals is limited to U.S.-based Institutions of Higher Education (IHEs). This includes accredited two-year and four-year colleges and universities, including community colleges, as long as they have a campus located in the United States and submit on behalf of their faculty members.

12) Can community colleges apply?

Yes. The description explicitly includes accredited two-year institutions and community colleges as eligible Institutions of Higher Education, provided they have a campus in the United States and are submitting on behalf of faculty members.

13) Does the institution need to be located in the United States?

Yes. The institution must be U.S.-based and have a campus located in the United States to be eligible to submit proposals under this opportunity.

14) Are international branch campuses allowed to be involved?

The solicitation includes special instructions for situations involving international branch campuses of U.S. institutions. If any portion of the proposed funding would support work at an international branch campus (including through subawards or consultant arrangements), the proposal must explain the specific benefits of conducting that work at the branch campus and justify why those activities cannot be carried out at the U.S. campus instead.

15) What if a subaward or consultant work would occur at an international branch campus?

If any proposed funding would support work at an international branch campus through subawards or consultant arrangements, the proposal must provide a justification describing the benefits of doing that work at the branch campus and why the same activities cannot be done at the U.S. campus.

16) Can the same underlying technology receive multiple NSF I-Corps awards?

Generally, no. The opportunity states that multiple awards based on the same core technology generally will not be supported. This reflects NSF's intent to avoid duplication and repeatedly funding substantially similar commercialization efforts for the same underlying invention.

17) What is the funding instrument type?

The instrument type listed for this opportunity is a grant.

18) What is the funding activity category?

The funding activity category is listed as science and technology and other research and development.

19) What is the funding opportunity number?

The funding opportunity number is 25-549.

20) Which federal agency is offering this opportunity?

The agency is the U.S. National Science Foundation (NSF).

21) What CFDA numbers are associated with this opportunity?

The opportunity lists CFDA numbers across multiple NSF program areas: 47.041, 47.049, 47.050, 47.070, 47.074, 47.075, 47.076, 47.078, 47.079, 47.083, and 47.084. This reflects the cross-disciplinary nature of NSF I-Corps and its alignment with multiple NSF directorates and research domains.

22) Are the award ceiling and expected number of awards provided?

No. The provided information states that the award ceiling and the expected number of awards are not specified in the text.

23) What is the record creation date for this opportunity?

The record creation date listed is 2025-09-26.

24) What is the listed original closing date?

The listed original closing date is 2076-10-06.

25) What is the broader purpose of NSF I-Corps within NSF's mission?

The program sits within NSF's broader effort to build a strong national innovation ecosystem where scientific discoveries move beyond papers and lab prototypes and can be shaped into practical technologies, products, processes, or services. It also aims to strengthen collaboration between academic researchers and industry and equip NSF-funded teams with hands-on innovation and entrepreneurship skills.